Our high-efficiency
natural gas engines, such as the HMT13F.40830 and HMT13F.43532 models, are engineered for reliable, low-emission power generation across a wide range of industrial and commercial applications. Designed with advanced lean-burn combustion technology and intelligent control systems, these generators deliver exceptional
Fuel efficiency while complying with strict international emissions regulations—including Euro 5 and China Phase III standards—making them ideal for organizations seeking to reduce their carbon footprint without compromising performance or uptime. These robust, water-cooled, four-stroke diesel-style engines feature an inline six-cylinder configuration, single overhead camshaft design, and integral four-valve cylinder heads for optimal airflow and combustion efficiency. Each unit is equipped with a turbocharged and intercooled intake system, ensuring consistent air-fuel mixing even under variable load conditions. The use of specially designed pistons with shallow basins, wear-resistant valve seat inserts, and unique gas-engine piston rings minimizes
Oil consumption and enhances durability in high-temperature environments typical of natural gas operation. Key performance highlights include a rated output of up to 320 kW at 1800 rpm, with overload capability reaching 352 kW, allowing flexibility during peak demand periods. With specific fuel consumption below 192 g/kW·h and noise levels under 97 dB(A), these units offer quiet, efficient power suitable for both indoor and outdoor installations. Engine dimensions (1436 × 939 × 1479 mm) and a compact weight of just 1078 kg make installation straightforward, whether integrated into a generator set or used as a standalone prime mover. Ideal for backup power in data centers, remote mining operations, agricultural processing plants, and municipal infrastructure projects, this series supports continuous operation in demanding environments. Its modular design allows easy integration with existing electrical systems and compatibility with smart grid technologies through optional control modules. Whether deployed in Europe, North America, Australia, or Southeast Asia, these engines meet global expectations for
Clean energy solutions that balance environmental responsibility with operational reliability. Users consistently praise the engine’s smooth start-up, minimal maintenance requirements, and long service intervals thanks to optimized lubrication and cooling systems. Many report reduced fuel costs by up to 15% compared to traditional diesel alternatives, particularly when operating on pipeline-quality natural gas. Maintenance is simplified through accessible components like the wet cylinder liner system and centralized oil reservoir (41 liters), reducing downtime and technician intervention. Common inquiries often center around compatibility with different gas qualities—these engines perform reliably on methane-rich natural gas with low sulfur content, though minor adjustments may be needed for biogas applications. Another frequent question involves integration with external monitoring platforms; the Woodward PG+ gas injection system enables seamless connection to SCADA and IoT-based management tools for real-time diagnostics and predictive maintenance. For professionals looking to decarbonize operations while maintaining cost-effective, dependable power generation, the HMT13F series represents a forward-thinking solution rooted in proven engineering excellence and global compliance standards.
